KIP Temperature & Kinetic Energy

Multiple Choice

What is the relationship between temperature and kinetic energy?

• Temperature is independent of kinetic energy

• Temperature is the average kinetic energy of particles

• Kinetic energy is the total energy of particles

• Temperature and kinetic energy are unrelated

Multiple Choice

What is the relationship between temperature and particle movement?

• Temperature affects particle speed

• Temperature has no effect on particles

• Particles move faster at lower temperatures

• Temperature is unrelated to kinetic energy

Multiple Choice

Jakob studied drawings of the particles in the same substance. The drawings show the substance in different states and temperatures. Which drawing most likely shows the substance at the highest temperature?

Multiple Choice

Thermal Energy depends upon the energy of the particles as well as the number of particles.

Which would have more thermal energy, a small cube of Ice at zero Celsius or a large cube of ice at zero Celsius?

• The large ice cube because it has more particles than the small ice cube

• The small cube of ice because it will melt faster than the large ice cube

• Neither, they are cold so they do not have thermal energy

• both have the same thermal energy because they are both at zero Celsius.

Multiple Choice

What causes thermal expansion?

• An increase in temperature causes particles to move faster

• A decrease in temperature causes particles to move slower

• Particles lose energy and contract

• Particles gain mass and expand

Dropdown

Adding thermal energy to an object

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the temperature of the object, and therefore​

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its thermal energy, which results in​

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in size

Multiple Choice

As you heat up a cup of tea, the thermal energy and temperature increase as the particles begin to move more slowly.

• True

• False

Poll

How confident do you feel about this topic now?

• Very confident
• Somewhat confident
• Not confident